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Code Editor : immacros.h
/* Imager "functions" implemented as macros I suppose these could go in imdatatypes, but they aren't types. */ #ifndef IMAGER_IMMACROS_H_ #define IMAGER_IMMACROS_H_ /* =item i_img_has_alpha(C<im>) =category Image Information Return true if the image has an alpha channel. =cut */ #define i_img_has_alpha(im) (i_img_alpha_channel((im), NULL)) /* =item i_psamp(im, left, right, y, samples, channels, channel_count) =category Drawing Writes sample values from C<samples> to C<im> for the horizontal line (left, y) to (right-1, y) inclusive for the channels specified by C<channels>, an array of C<int> with C<channel_count> elements. If C<channels> is C<NULL> then the first C<channels_count> channels are written to for each pixel. Returns the number of samples written, which should be (right - left) * channel_count. If a channel not in the image is in channels, left is negative, left is outside the image or y is outside the image, returns -1 and pushes an error. =cut */ #define i_psamp(im, l, r, y, samps, chans, count) \ (((im)->i_f_psamp)((im), (l), (r), (y), (samps), (chans), (count))) /* =item i_psampf(im, left, right, y, samples, channels, channel_count) =category Drawing Writes floating point sample values from C<samples> to C<im> for the horizontal line (left, y) to (right-1, y) inclusive for the channels specified by C<channels>, an array of C<int> with C<channel_count> elements. If C<channels> is C<NULL> then the first C<channels_count> channels are written to for each pixel. Returns the number of samples written, which should be (right - left) * channel_count. If a channel not in the image is in channels, left is negative, left is outside the image or y is outside the image, returns -1 and pushes an error. =cut */ #define i_psampf(im, l, r, y, samps, chans, count) \ (((im)->i_f_psampf)((im), (l), (r), (y), (samps), (chans), (count))) #ifndef IMAGER_DIRECT_IMAGE_CALLS #define IMAGER_DIRECT_IMAGE_CALLS 1 #endif #if IMAGER_DIRECT_IMAGE_CALLS #define i_ppix(im, x, y, val) (((im)->i_f_ppix)((im), (x), (y), (val))) #define i_gpix(im, x, y, val) (((im)->i_f_gpix)((im), (x), (y), (val))) #define i_ppixf(im, x, y, val) (((im)->i_f_ppixf)((im), (x), (y), (val))) #define i_gpixf(im, x, y, val) (((im)->i_f_gpixf)((im), (x), (y), (val))) #define i_plin(im, l, r, y, val) (((im)->i_f_plin)(im, l, r, y, val)) #define i_glin(im, l, r, y, val) (((im)->i_f_glin)(im, l, r, y, val)) #define i_plinf(im, l, r, y, val) (((im)->i_f_plinf)(im, l, r, y, val)) #define i_glinf(im, l, r, y, val) (((im)->i_f_glinf)(im, l, r, y, val)) #define i_gsamp(im, l, r, y, samps, chans, count) \ (((im)->i_f_gsamp)((im), (l), (r), (y), (samps), (chans), (count))) #define i_gsampf(im, l, r, y, samps, chans, count) \ (((im)->i_f_gsampf)((im), (l), (r), (y), (samps), (chans), (count))) #endif #define i_gsamp_bits(im, l, r, y, samps, chans, count, bits) \ (((im)->i_f_gsamp_bits) ? ((im)->i_f_gsamp_bits)((im), (l), (r), (y), (samps), (chans), (count), (bits)) : -1) #define i_psamp_bits(im, l, r, y, samps, chans, count, bits) \ (((im)->i_f_psamp_bits) ? ((im)->i_f_psamp_bits)((im), (l), (r), (y), (samps), (chans), (count), (bits)) : -1) #define i_findcolor(im, color, entry) \ (((im)->i_f_findcolor) ? ((im)->i_f_findcolor)((im), (color), (entry)) : 0) #define i_gpal(im, l, r, y, vals) \ (((im)->i_f_gpal) ? ((im)->i_f_gpal)((im), (l), (r), (y), (vals)) : 0) #define i_ppal(im, l, r, y, vals) \ (((im)->i_f_ppal) ? ((im)->i_f_ppal)((im), (l), (r), (y), (vals)) : 0) #define i_addcolors(im, colors, count) \ (((im)->i_f_addcolors) ? ((im)->i_f_addcolors)((im), (colors), (count)) : -1) #define i_getcolors(im, index, color, count) \ (((im)->i_f_getcolors) ? \ ((im)->i_f_getcolors)((im), (index), (color), (count)) : 0) #define i_setcolors(im, index, color, count) \ (((im)->i_f_setcolors) ? \ ((im)->i_f_setcolors)((im), (index), (color), (count)) : 0) #define i_colorcount(im) \ (((im)->i_f_colorcount) ? ((im)->i_f_colorcount)(im) : -1) #define i_maxcolors(im) \ (((im)->i_f_maxcolors) ? ((im)->i_f_maxcolors)(im) : -1) #define i_findcolor(im, color, entry) \ (((im)->i_f_findcolor) ? ((im)->i_f_findcolor)((im), (color), (entry)) : 0) #define i_img_virtual(im) ((im)->virtual) #define i_img_type(im) ((im)->type) #define i_img_bits(im) ((im)->bits) #define pIMCTX im_context_t my_im_ctx #ifdef IMAGER_NO_CONTEXT #define dIMCTXctx(ctx) pIMCTX = (ctx) #define dIMCTX dIMCTXctx(im_get_context()) #define dIMCTXim(im) dIMCTXctx((im)->context) #define dIMCTXio(io) dIMCTXctx((io)->context) #define aIMCTX my_im_ctx #else #define aIMCTX im_get_context() #endif #define i_img_8_new(xsize, ysize, channels) im_img_8_new(aIMCTX, (xsize), (ysize), (channels)) #define i_img_16_new(xsize, ysize, channels) im_img_16_new(aIMCTX, (xsize), (ysize), (channels)) #define i_img_double_new(xsize, ysize, channels) im_img_double_new(aIMCTX, (xsize), (ysize), (channels)) #define i_img_pal_new(xsize, ysize, channels, maxpal) im_img_pal_new(aIMCTX, (xsize), (ysize), (channels), (maxpal)) #define i_img_alloc() im_img_alloc(aIMCTX) #define i_img_init(im) im_img_init(aIMCTX, im) #define i_set_image_file_limits(width, height, bytes) im_set_image_file_limits(aIMCTX, width, height, bytes) #define i_get_image_file_limits(width, height, bytes) im_get_image_file_limits(aIMCTX, width, height, bytes) #define i_int_check_image_file_limits(width, height, channels, sample_size) im_int_check_image_file_limits(aIMCTX, width, height, channels, sample_size) #define i_clear_error() im_clear_error(aIMCTX) #define i_push_errorvf(code, fmt, args) im_push_errorvf(aIMCTX, code, fmt, args) #define i_push_error(code, msg) im_push_error(aIMCTX, code, msg) #define i_errors() im_errors(aIMCTX) #define io_new_fd(fd) im_io_new_fd(aIMCTX, (fd)) #define io_new_bufchain() im_io_new_bufchain(aIMCTX) #define io_new_buffer(data, len, closecb, closectx) im_io_new_buffer(aIMCTX, (data), (len), (closecb), (closectx)) #define io_new_cb(p, readcb, writecb, seekcb, closecb, destroycb) \ im_io_new_cb(aIMCTX, (p), (readcb), (writecb), (seekcb), (closecb), (destroycb)) #endif
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